char *DEV_PrintUnformatted(MSG_CLASSIFY_T* gps)
{
return MSG_PrintUnformatted(gps);
}
int main(int argc, char *argv[])
{
int iRet = 0;
//susiaccess_agent_conf_body_t config;
susiaccess_agent_profile_body_t profile;
char *buffer = NULL;
#ifdef MEM_LEAK_CHECK
_CrtSetDbgFlag ( _CRTDBG_ALLOC_MEM_DF | _CRTDBG_LEAK_CHECK_DF );
//_CrtSetBreakAlloc(3719);
_CrtMemCheckpoint( &memStateStart);
#endif
/*
memset(&config, 0 , sizeof(susiaccess_agent_conf_body_t));
strcpy(config.runMode,"remote");
strcpy(config.autoStart,"True");
strcpy(config.serverIP,"172.22.12.12");
strcpy(config.serverPort,"1883");
strcpy(config.serverAuth,"F0PE1/aaU8o=");
config.tlstype = tls_type_none;
switch(config.tlstype)
{
case tls_type_none:
break;
case tls_type_tls:
{
strcpy(config.cafile, "ca.crt");
strcpy(config.capath, "");
strcpy(config.certfile, "server.crt");
strcpy(config.keyfile, "server.key");
strcpy(config.cerpasswd, "123456");
}
break;
case tls_type_psk:
{
strcpy(config.psk, "");
strcpy(config.identity, "SAClientSample");
strcpy(config.ciphers, "");
}
break;
}
*/
memset(&profile, 0 , sizeof(susiaccess_agent_profile_body_t));
sprintf_s(profile.version, DEF_VERSION_LENGTH, "%d.%d.%d.%d", 3, 1, 0, 0);
strcpy(profile.hostname,"SAClientSample");
strcpy(profile.devId,"000014DAE996BE04");
strcpy(profile.sn,"14DAE996BE04");
strcpy(profile.mac,"14DAE996BE04");
strcpy(profile.type,"IPC");
strcpy(profile.product,"Sample Agent");
strcpy(profile.manufacture,"test");
strcpy(profile.osversion,"NA");
strcpy(profile.biosversion,"NA");
strcpy(profile.platformname,"NA");
strcpy(profile.processorname,"NA");
strcpy(profile.osarchitect,"NA");
profile.totalmemsize = 40832;
strcpy(profile.maclist,"14DAE996BE04");
strcpy(profile.localip,"172.22.12.21");
strcpy(profile.account,"anonymous");
strcpy(profile.passwd,"");
strcpy(profile.workdir, "");
/*GPS Test*/
{
MSG_CLASSIFY_T *dev = NULL;
MSG_CLASSIFY_T *gps = NULL;
gps = GPS_CreateGPS();
dev = GPS_AddDevice(gps, "/dev/0", "1.0");
GPS_SetLatitudeAttribute(dev, 0, 180, -180, NULL);
GPS_SetLongitudeAttribute(dev, 0, 90, -90, NULL);
GPS_SetCustomFloatAttribute(dev, "Skey", "xdop", "r", 2.53, NULL);
buffer = GPS_PrintUnformatted(gps);
printf("GPS Format:\r\n%s\r\n", buffer);
free(buffer);
GPS_ReleaseGPS(gps);
}
printf("Click enter to next");
fgetc(stdin);
/*AgentInfo Test*/
{
MSG_CLASSIFY_T *myDev = NULL;
myDev = DEV_CreateAgentInfo(&profile);
buffer = DEV_PrintUnformatted(myDev);
printf("AgentInfo Format:\r\n%s\r\n", buffer);
free(buffer);
DEV_ReleaseDevice(myDev);
buffer = DEV_GetAgentInfoTopic(profile.devId);
printf("AgentInfo topic:\r\n%s\r\n", buffer);
free(buffer);
}
printf("Click enter to next");
fgetc(stdin);
/*WillMessage Test*/
{
MSG_CLASSIFY_T *myDev = NULL;
myDev = DEV_CreateWillMessage(&profile);
buffer = DEV_PrintUnformatted(myDev);
printf("Will Message Format:\r\n%s\r\n", buffer);
free(buffer);
DEV_ReleaseDevice(myDev);
buffer = DEV_GetWillMessageTopic(profile.devId);
printf("Will Message topic:\r\n%s\r\n", buffer);
free(buffer);
}
printf("Click enter to next");
fgetc(stdin);
/*OSInfo Test*/
{
MSG_CLASSIFY_T *myDev = NULL;
myDev = DEV_CreateOSInfo(&profile);
buffer = DEV_PrintUnformatted(myDev);
printf("OSInfo Format:\r\n%s\r\n", buffer);
free(buffer);
DEV_ReleaseDevice(myDev);
buffer = DEV_GetOSInfoTopic(profile.devId);
printf("OSInfo topic:\r\n%s\r\n", buffer);
free(buffer);
}
printf("Click enter to next");
fgetc(stdin);
/*HandlerList Test*/
{
MSG_CLASSIFY_T *myDev = NULL;
char* list[] = {"handler1","handler2","handler3"};
myDev = DEV_CreateHandlerList(profile.devId, list, 3);
buffer = DEV_PrintUnformatted(myDev);
printf("HandlerList Format:\r\n%s\r\n", buffer);
free(buffer);
DEV_ReleaseDevice(myDev);
buffer = DEV_GetHandlerListTopic(profile.devId);
printf("HandlerList topic:\r\n%s\r\n", buffer);
free(buffer);
}
printf("Click enter to next");
fgetc(stdin);
/*IoT Test*/
{
MSG_CLASSIFY_T *myCapability = IoT_CreateRoot("Test");
MSG_CLASSIFY_T *myVoltGroup = IoT_AddGroup(myCapability, "Voltage");
MSG_CLASSIFY_T *myTempGroup = IoT_AddGroup(myCapability, "Temperature");
MSG_ATTRIBUTE_T *attrVolt1 = NULL, *attrVolt2 = NULL, *attrTemp1 = NULL, *attrTemp2 = NULL;
MSG_ATTRIBUTE_T* attr = IoT_AddGroupAttribute(myVoltGroup, "bu");
if(attr)
IoT_SetStringValue(attr, "V", IoT_READONLY);
attr = IoT_AddGroupAttribute(myTempGroup, "bu");
if(attr)
IoT_SetStringValue(attr, "Celsius", IoT_READONLY);
attrVolt1 = IoT_AddSensorNode(myVoltGroup, "5V");
if(attrVolt1)
IoT_SetFloatValueWithMaxMin(attrVolt1, 4.9, IoT_READONLY, 5.5, 4.5, "V");
attrVolt2 = IoT_AddSensorNode(myVoltGroup, "12V");
if(attrVolt2)
IoT_SetFloatValueWithMaxMin(attrVolt2, 11, IoT_READONLY, 10, 14, "V");
attrTemp1 = IoT_AddSensorNode(myTempGroup, "CPU");
if(attrTemp1)
IoT_SetFloatValue(attrTemp1, 65, IoT_READONLY, "Celsius");
attrTemp2 = IoT_AddSensorNode(myTempGroup, "SYS");
if(attrTemp2)
IoT_SetFloatValue(attrTemp2, 50, IoT_READONLY, "Celsius");
buffer = IoT_PrintCapability(myCapability);
printf("IoT Format:\r\n%s\r\n", buffer);
free(buffer);
printf("Click enter to next");
fgetc(stdin);
if(attrVolt2)
IoT_SetFloatValue(attrVolt2, 12, IoT_READONLY, "V");
if(attrTemp1)
IoT_SetFloatValueWithMaxMin(attrTemp1, 80, IoT_READONLY, 100, 40, "Celsius");
buffer = IoT_PrintCapability(myCapability);
printf("IoT Format2:\r\n%s\r\n", buffer);
free(buffer);
printf("Click enter to next");
fgetc(stdin);
if(myVoltGroup)
IoT_DelSensorNode(myVoltGroup, "SYS");
if(myTempGroup)
IoT_DelSensorNode(myTempGroup, "SYS");
buffer = IoT_PrintCapability(myCapability);
printf("IoT Format3:\r\n%s\r\n", buffer);
free(buffer);
printf("Click enter to next");
fgetc(stdin);
buffer = IoT_PrintData(myCapability);
printf("IoT Data:\r\n%s\r\n", buffer);
free(buffer);
IoT_ReleaseAll(myCapability);
}
printf("Click enter to next");
fgetc(stdin);
/*EventNotify Test*/
{
MSG_CLASSIFY_T *myEvent = NULL;
myEvent = DEV_CreateEventNotify("MsgGen", "My MsgGenTest");
buffer = DEV_PrintUnformatted(myEvent);
printf("EventNotify Format:\r\n%s\r\n", buffer);
free(buffer);
DEV_ReleaseDevice(myEvent);
}
printf("Click enter to next");
fgetc(stdin);
/*Full EventNotify Test*/
{
MSG_CLASSIFY_T *myEvent = NULL;
myEvent = DEV_CreateFullEventNotify(profile.devId, 2, "MsgGen", "MsgGen", "My MsgGenTest");
buffer = DEV_PrintUnformatted(myEvent);
printf("EventNotify Format2:\r\n%s\r\n", buffer);
free(buffer);
DEV_ReleaseDevice(myEvent);
buffer = DEV_GetEventNotifyTopic(profile.devId);
printf("EventNotify topic:\r\n%s\r\n", buffer);
free(buffer);
}
printf("Click enter to next");
fgetc(stdin);
/*Get/Set Sensor Data Test*/
{
MSG_ATTRIBUTE_T *attr = NULL;
MSG_CLASSIFY_T *pInfoList = NULL, *pEArray = NULL, *pSensor = NULL;
MSG_CLASSIFY_T *pRoot = MSG_CreateRoot();
if(pRoot)
{
attr = MSG_AddJSONAttribute(pRoot, "sessionID");
if(attr)
MSG_SetStringValue(attr, "1234", NULL);
pInfoList = MSG_AddJSONClassify(pRoot, "sensorInfoList", NULL, false);
if(pInfoList)
pEArray = MSG_AddJSONClassify(pInfoList, "e", NULL, true);
pSensor = MSG_AddJSONClassify(pEArray, "sensor", NULL, false);
if(pSensor)
{
attr = MSG_AddJSONAttribute(pSensor, "n");
if(attr)
MSG_SetStringValue(attr, "SUSIControl/Hardware Monitor/Voltage/CPU", NULL);
attr = MSG_AddJSONAttribute(pSensor, "v");
if(attr)
MSG_SetDoubleValue(attr, 10, NULL, NULL);
attr = MSG_AddJSONAttribute(pSensor, "statusCode");
if(attr)
MSG_SetDoubleValue(attr, 220, NULL, NULL);
}
pSensor = MSG_AddJSONClassify(pEArray, "sensor", NULL, false);
if(pSensor)
{
attr = MSG_AddJSONAttribute(pSensor, "n");
if(attr)
MSG_SetStringValue(attr, "SUSIControl/Hardware Monitor/Temperature/CPU", NULL);
attr = MSG_AddJSONAttribute(pSensor, "v");
if(attr)
MSG_SetDoubleValue(attr, 10, NULL, NULL);
attr = MSG_AddJSONAttribute(pSensor, "statusCode");
if(attr)
MSG_SetDoubleValue(attr, 220, NULL, NULL);
}
}
buffer = MSG_PrintUnformatted(pRoot);
printf("Get/Set Sensor Data:\r\n%s\r\n", buffer);
free(buffer);
MSG_ReleaseRoot(pRoot);
}
printf("Click enter to exit");
fgetc(stdin);
#ifdef MEM_LEAK_CHECK
_CrtMemCheckpoint( &memStateEnd );
if ( _CrtMemDifference( &memStateDiff, &memStateStart, &memStateEnd) )
_CrtMemDumpStatistics( &memStateDiff );
#endif
return iRet;
}
char *DEV_PrintUnformatted(MSG_CLASSIFY_T* node)
{
return MSG_PrintUnformatted(node);
}
char *IoT_PrintCapability(MSG_CLASSIFY_T* pRoot)
{
return MSG_PrintUnformatted(pRoot);
}